SFSD-30-28-G-06.25-D-NUS

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Rectangular Cable Assemblies provide excellent electrical and mechanical performance for a variety of applications. In this article, we will focus on one of the most popular assembly types, the SFSD-30-28-G-06.25-D-NUS, and discuss its application field and working principles.

Application Field and Capability of SFSD-30-28-G-06.25-D-NUS

The SFSD-30-28-G-06.25-D-NUS cable assembly is highly reliable and it has a wide application field, resulting from its number of features. The assembling has at least eight different lines available, acting as the connection that carries signals from one component to another in devices. Additionally, it is certified and compliant with other standards such as RoHS, UL, and MIL-STD-1553.

The SFSD-30-28-G-06.25-D-NUS cable assembly includes pre-wired contacts that are used in support of various signals, such as the most commonly used AES/EBU synchronization protocol. It also supports the AOCA 10-pair connectors, which are the industry-standard for connecting high-definition video signals between different types of equipment. Furthermore, the cable assembly also supports the interconnection of 802.11 wireless routers, providing a secure point-to-point network connection.

The main advantage of the SFSD-30-28-G-06.25-D-NUS cable assembly is its integrated design. The entire assembly is composed of a pre-marked and pre-stripped cable, two identical connector housings, and one wiring assembly. This means that the assembly is easy to install and requires no additional components, saving space and time.

Working Principle

The SFSD-30-28-G-06.25-D-NUS cable assembly operates with the application of physical electricity principles. This includes the principles of conduction, induction, and magnetism. The conductive wires in the assembly provide an electric current path between two connected objects. The current flows through the cable, carrying electrons through the circuit.

The electric current enables data transmission, as the current carries data packets along the circuit. These packets are then processed by the circuit, as the connected device interprets the data. Additionally, the current also serves to carry power and can be used to power an electronic device.

The SFSD-30-28-G-06.25-D-NUS cable assembly also follows the principles of induction. This is when a wire connected to one component of the circuit creates a magnetic field around the wire. This magnetic field then induces a current in the wire, creating a voltage. This in turn produces an electric potential, which is then used to carry data and power to other components.

Conclusion

The SFSD-30-28-G-06.25-D-NUS cable assembly offers a high-performance, reliable connection for a wide range of applications. The integrated design and the use of physical electricity principles further add to the performance of the assembly, making it an ideal choice for industrial and consumer applications. Additionally, its design and specifications make it a cost-effective option, making it a popular choice for all kinds of purposes.

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